Abstract: A method for manufacturing single unit structures with three dimensional printing and various materials formable into three dimensional assemblies that may be used for various purposes.

Abstract: The invention relates to a method for sensing target molecules in an analyte solution, a sensor for sensing target molecules in an analyte solution and a measurement system for sensing target molecules in an analyte solution. The method comprises providing a capture surface, wherein a plurality of capture molecules are arranged on the capture surface, each of the capture molecules being configured to bind to at least one of said target molecules. The method further comprises exposing the capture surface to the analyte solution to allow target molecules to bind to the capture molecules arranged on the capture surface.

Abstract: The invention relates to a method for producing a device for the electrochemical detection of molecules by way of redox cycling, to a device therefor, and to the use thereof. A porous dielectric layer is present between two electrode layers, which is able to receive redox-active molecules and may be biofunctionalized. The individual layers are preferably applied by way of an ink jet printing method.

Abstract: Transferring graphene pieces onto a substrate, by the following steps: a) selecting a substrate comprising a plurality of placeholders for the graphene pieces; b) disposing and aligning the substrate on a substrate holder in a chamber; c) selecting a transfer layer having openings as placeholders for the graphene pieces; d) disposing and aligning the transfer layer on the substrate holder over the substrate so that the openings of the transfer layer are aligned over the placeholders on the substrate; e) adding liquid to the chamber to above the transfer layer, and raising the transfer layer on the liquid column; f) introducing graphene pieces onto the liquid film in the openings of the transfer layer; and g) reducing the distance between the substrate and the graphene pieces until the graphene pieces are disposed on the placeholders of the substrate. A substrate and a device for carrying out the method.

Abstract: Transferring graphene pieces onto a substrate, by the following steps: a) selecting a substrate comprising a plurality of placeholders for the graphene pieces; b) disposing and aligning the substrate on a substrate holder in a chamber; c) selecting a transfer layer having openings as placeholders for the graphene pieces; d) disposing and aligning the transfer layer on the substrate holder over the substrate so that the openings of the transfer layer are aligned over the placeholders on the substrate; e) adding liquid to the chamber to above the transfer layer, and raising the transfer layer on the liquid column; introducing graphene pieces onto the liquid film in the openings of the transfer layer; and g) reducing the distance between the substrate and the graphene pieces until the graphene pieces are disposed on the placeholders of the substrate. A substrate and a device for carrying out the method.

Abstract: An inkjet printing method includes directing a printhead of an inkjet printer towards a substrate to be printed, generating ink drops in the printhead of the inkjet printer, and directing the ink drops, after they have been discharged from the nozzle of the printhead, into a zone with a locally increased temperature in such a way that the volume of the drops is actively reduced during the phase of flight to the substrate.

Abstract: The invention relates to a method for producing a device for the electrochemical detection of molecules by way of redox cycling, to a device therefor, and to the use thereof. A porous dielectric layer is present between two electrode layers, which is able to receive redox-active molecules and may be biofunctionalized. The individual layers are preferably applied by way of an ink jet printing method.

Abstract: The invention relates to a method for producing a nanoporous layer on a substrate.

Abstract: The invention relates to a method for producing a nanoporous layer on a substrate.

Abstract: A method for producing a device for detecting an analyze, comprises the following steps: a) disposing a first conductor having an electrode function on an insulating substrate; b) disposing a first passivation layer on the conductor; c) opening the passivation layer in a locally delimited manner, so that the conductor is exposed in a locally delimited manner; d) disposing a sacrificial layer on the conductor in the opening; g) disposing a second passivation layer on the electrode and on the second conductor; h) opening the second passivation layer and the electrode so that the sacrificial layer is exposed; and i) removing the sacrificial layer. Also comprising an appropriately designed device and the use thereof.